Temperature monitoring system CVM-P series
voltagenoiseCAN bus

Temperature monitoring system - CVM-P series - Kolibrik.net s.r.o. - voltage / noise / CAN bus
Temperature monitoring system - CVM-P series - Kolibrik.net s.r.o. - voltage / noise / CAN bus
Temperature monitoring system - CVM-P series - Kolibrik.net s.r.o. - voltage / noise / CAN bus - image - 2
Temperature monitoring system - CVM-P series - Kolibrik.net s.r.o. - voltage / noise / CAN bus - image - 3
Temperature monitoring system - CVM-P series - Kolibrik.net s.r.o. - voltage / noise / CAN bus - image - 4
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Characteristics

Type
temperature, voltage, noise
Applications
CAN bus
Configuration
compact
Other characteristics
individual, 24-bit

Description

Stackable cell voltage monitoring (CVM) system designed for H2 fuel-cell stack research, testing and applications. CVM system can be used to prevent damage to individual cells, to monitor lifetime conditions, and to ensure optimal working conditions in applications. CVM-24P module is ideal for testing and research purposes. CVM-24P module is designed as a precise automotive-ready solution with additional CAN bus for use mainly in hydrogen fuel cells and electrolyzers research, testing and applications. For cost-effective solution for applications see CVM-32A or CVM-64H module and sets. For general temperature and voltage monitoring see TEVOMET. For comparison of all models see Overview. PRODUCT DETAILS 24 channels per one CVM-24P module Multiple modules can be daisy-chained to measure up to 480 channels, custom sets for more channels available Very compact design, part of FC Stack Control System Compatible with other Kolibrik.net modules Default channel range ±5 V, can be extended 24-bit sampling, RMS noise 10-100 μV Accuracy 0.02% of range + 0.05% of reading

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.